Pipeline Batch Tracking

Pipeline Batch Tracking MCP Connector for Claude

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Monitor product batch positions, transmix volumes, and delivery timing in liquid pipelines.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides real-time monitoring for multi-product liquid pipelines. It allows AI agents to track the exact location of products using get_batch_positions, calculate the volume of mixed products (transmix) via calculate_interface_volumes, and predict arrival times with estimate_delivery_timing. It also accounts for physical variables like line pack and pressure-driven volume changes through analyze_pipeline_compressibility to ensure high-precision tracking.

pipelinebatch-trackinglogisticsfluid-dynamicsmonitoring

4 tools expose this connector's capabilities to your AI agent.

analyze_pipeline_compressibility

Evaluates how much the product volume is expanding or contracting due to pressure variations

calculate_interface_volumes

Identifies the volume of mixed product (transmix) generated at the boundaries between different product batches

estimate_delivery_timing

Predicts when a specific batch or interface will reach the delivery terminal

get_batch_positions

Determines the current location of all active product batches within the pipeline

See how to talk to your AI agent using Pipeline Batch Tracking.

Where are the current batches located in the pipeline?

Batch B1 is at 450km, Batch B2 is at 120km, and Batch B3 is at 15km.

When will Batch B2 reach the delivery terminal?

Batch B2 is estimated to arrive at the terminal on 2024-10-25T14:30:00Z with a confidence interval of 0.95.

What is the volume of transmix between Batch 1 and Batch 2?

The transmix volume between Batch 1 and Batch 2 is 1,250 cubic meters.

Positions are calculated using the current flow rate and cumulative injected volumes, providing real-time distance tracking from the injection point.

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